Eufora Triple Bond Repair Treatment 16 Oz

Eufora Triple Bond Repair is a weightless, one-step in-shower treatment formulated with the Eufora Pro-Bond Complex that rapidly penetrates into the hair strand to treat, repair, and strengthen all three primary bond types in as little as 5 minutes. Damage from styling, UV rays, chemicals, and environmental factors can break or damage the three essential hydrogen, disulfide, and salt bonds in your hair, leaving it dry, dull, frizzy, and prone to breakage — and this treatment directly targets all three simultaneously. A rich blend of Quinoa, Pea, and Vegetable Polypeptide Proteins quickly penetrates into the hair strand to restore, replace, and revive broken and damaged bonds. While many products feature water as the base, Eufora Triple Bond Repair uses USDA Organic Aloe Vera as its base, delivering a high concentration of amino acids, polysaccharides, vitamins, and minerals. Camellia Leaf Extract forms a shield to block damaging UV rays, Apple Fruit Extract locks in moisture while nourishing hair strands, Arginine and Glycine improve hair strength and shine while protecting follicles against oxidative stress, and Vegetable Protein protects against pollutants and minerals in hard water. Users can see and feel a dramatic improvement in texture, softness, and manageability after just one 5-minute treatment. The formula is ideal for all hair types, especially those who have sustained damage from chemical services, environmental stress, or heat styling, including color-treated, chemically-treated, keratin-treated, and relaxed hair.

How to Use
After cleansing with a gentle detox shampoo, work a generous quarter-size amount of treatment completely through the mid and end lengths of hair, adding more as needed based on hair length and level of damage. Leave on for a minimum of 5 minutes, then thoroughly rinse with warm water. Removing dirt, oils, and product buildup with a clarifying shampoo like Eufora's Urgent Repair Shampoo beforehand is essential for product penetration and performance.